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#Windows emulator for mac .net framework .exe
#Windows emulator for mac .net framework install
#Windows emulator for mac .net framework software
#Windows emulator for mac .net framework code
#Windows emulator for mac .net framework Pc

#Windows emulator for mac .net framework software

"CLR" or "VM" executables are not specific to one processor: They need an extra piece of software to enable the processor to run them.

#Windows emulator for mac .net framework code

Wine is able to run native machine code executables for Windows by directly running this executable code and catching any library calls it makes, redirecting them to it's own implementation of the Win32 API. That means they have to be recompiled for different processors.

Native machine code executables use instruction codes specific to your processor and are directly executed by it. NET) you must understand the difference between native machine code executables and "common language runtime" aka "virtual machine" executables: To understand the difference between Wine and Mono(and. NET runtime with it, like any other native Windows software. Wine is for native exes and has nothing to do with Mono except that you can maybe run the. NET is Microsoft's answer to Java, and Mono is an open source implementation of it. If the CPU architecture is also, different that would need emulating so Mono under Wine under Qemu). In this case, you need a Win32 version of Mono under Wine. For example, the Openbve train simulator is C# and compiled to PE/COFF+CLI+CLR, but can optionally use C binary plugins compiled for PE/COFF+Win32+x86.

#Windows emulator for mac .net framework install

If you can post a link to the particular program that you're wanting to run, myself or somebody else should be able to tell you the exact instruction set, file format and API it was designed for, and what you need to install on Linux to run it. Just like a Python interpreter will error when presented with Perl (and vis versa), a CLR interpreter will error when presented with x86+Win32, or JVM+Java bytecode. The only thing in common is that the filenames end in ".exe" the contents are completely different and incompatible, so you need the right one.

#Windows emulator for mac .net framework .exe

exe applications run, and Wine makes Win32.

You can run Wine on top of Qemu, on top of any CPU architecture.

You can run Mono on top of Wine, on top of any operating system.

Wine is a Win32 API implementation that can run on Mac OSX, MS Windows and Linux.

Mono is a CLR/CLI/VES suite that can run on Mac OSX, MS Windows and Linux.

A DVD disc will play on any DVD player that meets the standard, and an HTML webpage will rendering in any Web Browser meeting the HTML standards. The important thing is that everyone uses the same standards, making them compatible. AMD make processors compatible with Intel's standards both Apache ("Harmony") and Google ("Android Dalvik") both make a Java-like suite and Mono provides a CLR/CLI/VES suite. You don't have to download those technologies from Microsoft, from Sun, or from Intel just because they originally invented something. The same applies for ".Net", which is a marketing brandname for several different technologies originally developed by Microsoft: The Common Language Run-time/Base Class Library (CLR) are the API VES is the loader and Common Language Interface (CLI) is the instruction set. "Java" is a brandname here for several separate technologies originally developed by Sun, but to a user they are often downloaded as one. For running Java programs you need the three parts listed above to make it work: a Java Virtual Machine program to run the bytecode a way of launching Java programs, and a Java Classlibrary for the programs to call. Some operating systems can provide more than one API natively too (Microsoft Windows provides Win32 and POSIX).įor everything else you need extra software.

#Windows emulator for mac .net framework Pc

Note also, that some processors can natively execute more than one instruction set a PC quite often has x86 and amd64 instruction sets an ARM processor can execute four: ARM32/Thumb/Java bytecode/ThumbEE. You can increase the chance of matching all three by having emulators/interpreters (for other CPU instruction sets), by having extra file loaders (for foreign file-formats), and having additional programming libraries providing more APIs. POSIX on Linux/Unix, Cocoa for Mac OSX, Win32 on Microsoft Windows, Base Class Library for ".Net"/Mono applications).

Application Programming Interface (Eg.

jar for Java Applets, PE32 ".exe", ELF on Unix/Linux) x86 in your PC, ARM in your mobile phone, PowerPC in some Apple Macs, Java bytecode for Java Applets, CLI for ".Net"/Mono applications) Successfully running a program requires that three things match: